“Our DC cable has been developed with a three-layer insulation structure, along with weather and UV resistance and enhanced resistance against physical damage and scratching. The objective is simple: the cable should not become the weak link in an otherwise high-value solar installation.”
1. Please give us an overview of FLIPCAB CABLE PRIVATE LIMITED and the key products and solutions you offer for the electrical and renewable energy sectors.
At Flipcab, we have been in the cable industry for over 25 years, so our understanding of the market has evolved along with the applications themselves. We started with a strong foundation in electrical cables, and today our portfolio caters to housing, industrial, agricultural and renewable-energy requirements.
In the renewable segment, our focus is not on offering just one solar cable. We look at the complete electrical connectivity around a solar project. Our portfolio includes Solar DC cables, AC cables, copper and aluminium earthing cables, along with other application-specific wiring solutions.
One thing we have consciously worked on is strengthening control over manufacturing. Processes such as PVC manufacturing, copper and aluminium processing and tinning are handled in-house, supported by our testing infrastructure. For us, this control is important because consistency in a cable is built during manufacturing; it cannot simply be checked at the end of the line.
2. With the growing demand for solar and renewable energy projects, what types of cables are becoming increasingly important, and how is FLIPCAB addressing these requirements?
As solar installations scale, I think the conversation around cables also needs to mature. Earlier, a cable could easily be treated as a small component in the overall project cost. Today, developers are increasingly looking at what that cable will go through during the entire life of the installation.
That makes DC cables particularly critical, because they operate continuously on the generation side of a solar system and are exposed to demanding conditions. At the same time, AC connectivity and proper earthing are equally important to the overall reliability of the project.
Our approach at Flipcab has therefore been to develop the solar cable portfolio around application and compliance rather than simply adding more SKUs. Our DC cables are developed in line with IS 17293 and EN 50618 requirements, while our AC and earthing solutions address the supporting electrical infrastructure of the installation.
For us, growth in renewable energy should also mean growth in awareness about what is actually being installed behind the panels.
3. What technologies and quality standards are followed by FLIPCAB to ensure the safety, durability and long-term performance of its cables?
I believe there is an important distinction between claiming quality and being able to demonstrate quality.
At Flipcab, our manufacturing and testing processes are aligned with applicable Indian standards across different product categories, including standards relating to conductor, insulation and finished cable performance. For our solar DC cable, IS 17293 compliance is a key benchmark, along with EN 50618 requirements.
We also have an in-house BIS-approved testing laboratory, where parameters relevant to electrical and performance consistency are evaluated. But testing for us is not only about getting a result at the end. Having greater control over PVC, conductor processing and tinning allows us to monitor quality much earlier in the manufacturing cycle.
Ultimately, certification gives the market a benchmark; our responsibility as a manufacturer is to make sure that the cable coming off the production line consistently lives up to that benchmark.
4. Solar projects operate in challenging outdoor conditions. What product features or technologies help your cables deliver reliable performance in such applications?
A rooftop or solar site is very different from a controlled indoor electrical environment. The cable may face continuous sunlight, UV exposure, changing temperatures, moisture and mechanical stress, and it is expected to continue performing over a long operating period.
That is why, in a solar DC cable, we look beyond conductor size alone. Insulation architecture, UV and weather resistance, mechanical protection and the ability to maintain electrical performance over time all become important.
Our DC cable has been developed with a three-layer insulation structure, along with weather and UV resistance and enhanced resistance against physical damage and scratching. The objective is simple: the cable should not become the weak link in an otherwise high-value solar installation.
A solar project is designed for years of generation. The cable installed with it has to be selected with the same time horizon in mind.
5. What are the major requirements you are currently seeing from EPCs, manufacturers and project developers, and how is FLIPCAB adapting its products and services to meet them?
The requirement we hear today is not simply, “Give us a good cable.” It is much more practical.
EPCs want compliance they can verify, consistency from one lot to another, dependable availability and predictable dispatch timelines. Project execution works on schedules, and even a relatively small component can hold up work at site if it is not available when required.
We are therefore working on both sides of the equation. On the product side, we are strengthening certified and application-specific solutions. On the service side, we are working towards ready-stock availability, faster fulfilment and stronger regional distribution.
I think this is where cable manufacturers need to understand the EPC business better. A technically strong product delivered too late can still become a problem for the project.
6. How is FLIPCAB strengthening its manufacturing capacity, product portfolio and distribution network to support the growing demand from the renewable energy industry?
We are approaching expansion in three parallel directions: manufacturing depth, product depth and market reach.
On manufacturing, we are strengthening capacity while continuing to build around in-house processes. On products, we are expanding beyond individual cable categories towards a more complete offering for solar and electrical applications.
The third part is distribution, and I consider that equally important. India’s renewable market is geographically spread out. It is not enough for us to manufacture in Surat and expect every project requirement to be serviced directly from the factory.
We are therefore building stronger distributor relationships across different regions so that product availability moves closer to the actual market. The objective is not to have the largest number of distributors on a map; it is to build a network where stock, technical understanding and customer support are genuinely available.
7. What are the key growth plans and priorities for FLIPCAB in the coming years, particularly in renewable energy, new products and market expansion?
Renewable energy will definitely be an important growth area for Flipcab, but we do not want to approach it simply as a high-growth market where we need to sell more cable.
One of our priorities is to contribute to a market that becomes more conscious about certification, correct cable selection and long-term electrical safety. We have seen that awareness at the cable level still has room to improve, and as manufacturers, we have a role to play in that.
Alongside this, we will continue strengthening our solar portfolio, developing new application-oriented products, increasing manufacturing capability and expanding our presence across India through the right distribution partners.
For me, the direction is quite clear: scale the business, but not at the cost of the fundamentals that built it. If Flipcab grows in renewable energy, we want that growth to come with stronger products, better awareness and greater confidence in what carries the power behind every project.
